View allAll Photos Tagged Biohacks
Cool to see a photo of mine in The Economist. The spirulina workshop was a blast. Didn't taste bad and especially mixed with fresh fruit.
Here's a link to the article on the Economist.
The 'Biohacking: Do It Yourself!' lab installation at Medical Museion will host hands-on events and open days when visitors can try out some of the tools on show, and discuss the goals and possibilities of open science and synthetic biology. When the scientists go home, film projection of their work leaves traces of action in the space. Photograph to be credited to Martin Malthe Borch. Originally uploaded to MaltheBorch's flickr stream.
A collaborative, interdisciplinary research project, Open Source Estrogen combines biohacking and speculative design to demonstrate the entrenched ways in which estrogen is a biomolecule with institutional biopower. lt is a form of biotechnical civil disobedience, seeking to subvert dominant biopolitical agents of hormonal management, knowledge production, and anthropogenic toxicity.
credit: Mary Maggic, Byron Rich
Juanita Agudelo en el papel de una biohacker y Vivi Trujillo grabando la escena en 3D.
Foto: Daniel Jurado
Oficina de Biohacking "Genômica: Extraindo DNA da banana" ocorreu no Cantagalo em parceria com o Viva Rio no dia 25 de outubro de 2016. As crianças puderam visualizar o DNA da banana a partir de materiais do cotidiano.
Foto: Amaury Alves
Interaction designer Sara Krugman and Project Manager at University of Copenhagen's Center for Synthetic Biology assemble the openPCR machine acquired for the 'Biohacking: Do It Yourself!' lab installation at Medical Museion. The machine will join the museum collection when no longer in use by the biohackers and event participants. Photo to be credited to Martin Malthe Borch.
The 'Biohacking: Do It Yourself!' lab installation at Medical Museion followed the principle of using what you have to hand - from discarded University lab furniture and items from the museum stores, to instruments from local hackerspace Labitat and Rüdiger Trojok's homelab in Germany, and cheap purchases from IKEA, Amazon, and local stores. Luggage labels in the exhibition reveal these diverse origins. Photograph to be credited to Louise Whiteley.
Visitors to the opening of the 'Biohacking: Do It Yourself!' lab installation at Medical Museion handle Rüdiger Trojok's gene gun prototype. The gene gun was invented in 1983-1986, and is a simple device that is key to many synthetic biology experiments, delivering gold particles coated with DNA into plants or other organisms - but it cannot be used outside authorized labs. Photograph to be credited to Martin Malthe Borch. Originally uploaded to MaltheBorch's flickr stream.
Low on time and budget, the exhibition team makes a stencil to direct museum visitors toward the 'Biohacking: Do It Yourself!' lab installation at Medical Museion. Photograph to be credited to Louise Whiteley.
Prepared section of cotton stem which came with the microscope.
It's about 4mm wide at its widest point. This image is composed of several images taken with the lowest magnification (4x) objective autostitched together.
Collage board outside the 'Biohacking: Do It Yourself!' lab installation at Medical Museion, giving a glimpse into the DIY biology movement and its connections to synthetic biology. Photograph to be credited to Martin Malthe Borch. Originally uploaded to MaltheBorch's flickr stream.
Members of the 'Biohacking: Do It Yourself!' project team from Medical Museion, Labitat, Center for Synthetic Biology, and Center for Interaction Design, and Line health care design consultancy, communally cut the masking tape ribbon at the exhibition opening. Photograph to be credited to Inbal Lieblich and Martin Malthe Borch. Originally uploaded to MaltheBorch's flickr stream.